Maize

Maize

32% Increase in Plant Height

​

Time:  May 2025​​

Place: The Experimental Field of Centurion University of Technology &​

Management, Odisha, India​

Form: ​

  • Crop: Maize​
  • Growth: Split Plot design with seven subplots, each with three ​

replications, ranging from 0% to 100% stress levels.​

  • Treatment: both fields treated equally with inputs​
  • Test field: treated with Kyminasi Crop Booster™ water​
  • Control field: treated with standard water​

Results:  ​

  • Kyminasi Fruits showed significant growth factors: ​ taller plants, bigger leaves, and more dry matter, especially​ in 10% to 55% stress levels.​
  • Kyminasi Fruits displayed significant above-ground ​ growth and rootzone. ​
  • Kyminasi Fruits showed denser, greener vegetation ​ in all stress levels 45 days after seeding.​
  • The boosted plants did not receive any extra ​ chemical or non-chemical boost.

 

Plant Height (cm)​

DMA*/Plant (g)​

Input Reduction​

KPCB​

Control​

GAIN​
 ​

KPCB​

Control​

GAIN​
 ​

0%​

183​

149​

23%​

80.57​

71.05​

13%​

10%​

181​

143​

27%​

76.96​

68.52​

12%​

25%​

177​

137​

29%​

73.53​

67.61​

9%​

40%​

170​

134​

27%​

73.15​

67.4​

9%​

55%​

162​

132​

23%​

72.82​

65.79​

11%​

70%​

140​

128​

9%​

67.99​

65.62​

4%​

100%​

78​

59​

32%​

60.57​

57.74​

5%​

27% Increase in Yield

27% Increase in Yield ​

Time: January 2025​

Place: Meknès Morocco​

Form: ​

  • Crop: Maize Variety: LG31695​
  • Farm Size: 0.33 ha ​
  • Test: Combined effect of deficit irrigation and Kyminasi Crop Booster ​

technology.​

  • Treatment: Fields treated equally with inputs.​
  • Test field: Irrigated with Kyminasi water, under varying water stress.​
  • Control field: Irrigated with standard water, under varying water stress.​

Results: ​

  • Under 40% water stress, Kyminasi Fruits showed a 27.1% ​

yield gain.​

  • Proline content was highest in Kyminasi Fruits under​

40% water stress, indicating improved resilience to drought, ​

water stress, and salinity.​

Measurements​

Control ​​

Crop Booster ​​

Increase​

​

Decrease​

​

Yield Increased (tons) ​​

55.07​

70​

27.1%​

–​

Water usage​

100%​

60%​

–​

​

40%

10% Higher Plant Weight, 100% Increase in Brix Grading

​

Time:  March 2024 ​

Place: Villadiego, Mexico​

Form: ​

  • Scientific study conducted by Carlos Torres Barrera Chief CDT Villadiego​.​
  • Control field was used for comparison​
  • FIRA conducting trials to help impoverished families feed themselves and rise from poverty​

Results: ​

  • Crop Booster Maize had a 10% higher test weight plant development and an average raw yield (ton/ha) of 9.19 compared to Control of 9.16.​
  • Crop Booster Maize had a 100% higher brix compared to Control.​

    Corn​

    Control​

    Crop Booster​

    Hectoliter** weight (kg/hl)​

    70.5​

    77​

    Brix (%)​

    Standard​

    100%​

    ​

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